Contents distribution and memory system and method in video network based on P2P technology

Abstract

The invention relates to a content distribution and memory system in a video network on the basis of P2P technology and a method for the content distribution and memory system, which belong to the information transmission, internet audio and video application and distributed memory field. The system of the invention comprises a nucleus memory module, a resource scheduling module, a content index module, distributed memory submodules and a client module. The method which is realized by adoption of the system comprises an intelligent memory and distribution method on the basis of load balancing, a memory and distribution method on the basis of reception quality, a data distribution method from the memory submodules to a client on the basis of P2P, and a data distribution method between the memory submodules on the basis of P2P. The invention intelligently adjusts load conditions of each memory submodule through state monitoring of resource use conditions of each memory submodule of the distributed memory system, thereby load balancing is realized and service efficiency of network and memory resources is improved. moreover, reception quality is improved through monitoring of reception quality of the client and dynamic adjustment of distribution conditions of the network resources.

Description

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AI Technical Summary

Benefits of technology

This innovation uses two different techniques: 1) Packaging files together for better performance on communication networks; 2) Distributing them across servers based on their respective needs without overloading any other server or requiring it again if there were problems during its operation (load balancing). Overall these improvements enhances overall network/Storage systems' ability to efficiently manage large amounts of data while reducing delays caused by frequent failures.

Problems solved by technology

Technics Problem addressed by these technical solutions are how efficiently deliver videos over internet servers while maintaining consistently good visual experiences without increasing costs due to longer delays caused by slow download speeds. Current methods require expensive hardware devices with poor performance capabilities, such as caches, and lack flexibility in managing multiple sessions simultaneously.

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